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A single variable or a constant or a combination of these as a product or quotient forms a term.
Terms can be added or subtracted to form an expression. In the expression 5x + 3 the term 5x is made of 2 factors and 5 and x while 3 is a single factor.

A numerical or constant quantity placed before and multiplying the variable in an algebraic expression

Identify the number of terms and coefficient of each term in the following expressions.
Example 1 :
2x5 + 3x3 - 12x2 + 11x - 5
Solution :

Terms :
There are five terms in the above algebraic expressions.
Term 1 = 2x5
Term 2 = 3x3
Term 3 = -12x2
Term 4 = 11 x
Term 5 = -5
Coefficients :
Coefficient of x5 = 2
Coefficient of x3 = 3
Coefficient of x2 = -2
Coefficient of x = 11
Constant term = -5
Example 2 :
3x3 + x2 - 2
Solution :
Terms :
There are three terms in the above algebraic expression.
Term 1 = 3x3
Term 2 = x2
Term 3 = -2
Coefficients :
Coefficient of x3 = 3
Coefficient of x2 = 1
Constant term = -2
Example 3 :
5x + 10
Solution :
Terms :
There are two terms in the above algebraic expression.
Term 1 = 5x
Term 2 = 10
Coefficients :
Coefficient of x = 5
Constant term = 10
Example 4 :
3xy - 7x
Solution :
Terms :
There are two terms in the above algebraic expression.
Term 1 = 3xy
Term 2 = -7x
Coefficients :
Coefficient of xy = 3
Coefficient of x = -7
Example 5 :
x/3 - 7y + 8
Solution :
Terms :
There are three terms in the above algebraic expression.
Term 1 = x/3
Term 2 = -7y
Term 3 = 8
Coefficients :
Coefficient of x = 1/3
Coefficient of y = -7
Constant = 8
Example 6 :
Identify the terms, coefficients, and constants in the expression.
|
a) 7h + 3 b) g + 12 + 9g c) 5c2 + 7d |
d) 2m2 + 15 + 2p2 e) 6 + m2 + (1/2)d f) 8x + (x2/3) |
Solution :
a) 7h + 3
b) g + 12 + 9g
10g + 12
c) 5c2 + 7d
d) 2m2 + 15 + 2p2
e) 6 + m2 + (1/2)d
f) 8x + (x2/3)
Example 5 :
Describe and correct the error in identifying the terms, coefficients, and constants in the algebraic expression 2x2y.

Solution :
The given term is 2x2y.
Example 6 :
You can use the expression 2ℓ + 2w to find the perimeter of a rectangle where ℓ is the length and w is the width.
a. Identify the terms, coefficients, and constants in the expression.
b. Interpret the coefficients of the terms.

Solution :
Perimeter of the rectangle is given that = 2l + 2w
a) There are two terms, they are 2l and 2w.
Coefficients are 2 and 2.
There is no constant.
b) Adding length (l) two times and width (w) two times, we get the perimeter of the rectangle.
Example 7 :
Write an expression containing x-terms and constants. The x-terms should combine to 7x and the constants should sum to 13.
Solution :
The sum of 7x and 13 is 7x + 13.
Example 8 :
Write an expression containing x2-terms, x-terms and constants. The x2-terms should combine to −2x2 the x-terms should subtract to 3x, and the constants should sum to 3.
Solution :
The required expression is
−2x2 + 3x + 3
Example 9 :
Each runner is carrying an 8-ounce bottle of water, a 2.1- ounce energy bar, and a 3-ounce energy drink. Write an expression in simplest form that represents the weight carried by y runners. Interpret the expression
Solution :
Let b be the water bottle, e be energy bar and d be energy drink.
Let y be the weight carried by runners y.
y = 8b + 2.1e + 3d
Example 10 :
Identify the terms, variables, coefficients, and constant of the SIMPLIFIED expression.
5x3 – 7x – 12x3 – 8x + 3
a) Simplified Expression:
b) Number of Terms:
c) Coefficients:
d) Variables:
e) Leading Coefficient:
f) Constant:
g) Degree:
h) Classify by degree:
Solution :
a)
5x3 – 7x – 12x3 – 8x + 3
By combining the like terms
= 5x3 – 12x3 – 7x – 8x + 3
= – 7x3 – 15x + 3
b) There are three terms.
c) Coefficients :
Coefficient of x3 is -7
Coefficient of x is -15
d) Variable is x
e) Leading Coefficient is -7
f) Constant is 3
g) Degree of the polynomial is 3
h) Cubic polynomial.
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